News
The State’s Work Programme, the Danish Veterinary and Food Administration - where the center is located - has been instructed to implement savings…
The Austrian 3Rdays will be held in Vienna from April 28–30, 2026. The event will highlight key 3R topics across multiple fields.
The study presents a series of refinements to the cryo‑injury model, which is used to investigate the heart’s ability to regenerate after injury.
Using VABs provides a more stable and less invasive method for obtaining blood samples from laboratory animals.
The Swedish 3R Center has published new guidance on how to optimise methods for administering medicinal products to research animals.
The aim is to strengthen the transition to human‑centred research, improve the quality of biomedical studies, and reduce reliance on animal testing.
Using computer-assisted analysis and flow cytometry, researchers can predict fertility in mice, helping to refine existing fertility tests.
By using a Urination Index biomarker scientists have found correlations between bedding moisture and blood glucose during hyperglycemia.
Researchers have compiled an overview of the various in vitro models used to study inflammatory conditions of the skin.
The 3Rs Collaborative has established a new Culture of Care Hub, bringing together knowledge on how research environments can be strengthened.
The report highlights concrete progress, including wider implementation of ioCells, laboratory efficiency improvements, and sustainable practices.
The workshop gives early-career researchers concise guidance on countering bias toward animal testing and promoting animal-free methods.
New research shows that chronic noise exposure exacerbates disease progression in a mouse model of Parkinson’s disease.
The December issue presents a new AI-based approach capable of reviewing animal study protocols with high accuracy and efficiency.
A new study following rabbits raised with systematic human socialization found reduced stress indicators and no aggressive behaviour.
New technologies, including perfusion of human organs and organ-on-a-chip systems, make it possible to test pharmaceuticals directly in human tissue.
